AutoTor

About the Project

Simple package to make requests throughout Tor in an automated way, with circuit renewal and randomised user-agents. It can be used to easily navigate in an anonymus way or to get information from webs. At the moment, AutoTor is not OS-agnostic as it is tailored to Windows.

Contents

The most important source code elements in the project are outlined and described as follows:

• main.py: Implements an example of how the library should be used.
• AutoTor module:
  • autotor_base.py: Implements a class that takes care of all the logic to automate Tor download, Tor configuration, Tor initialisation, getting request sessions, Tor circuit renewal and releasing Tor resources.
  • autotor_ip.py: Implements an example class to override the request function that actually takes care of the requests. In this case, the function tries to get the IP in use by Tor.

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Dependencies

Among others, the project has been built around the following Python libraries:

• requests[socks] (>=2.27.1)
• stem (>=1.8.0)
• fake-useragent (>=0.1.11)

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Getting Started

Installation

Option 1 - setup.py

To install with pip by using the setup.py, one should just follow two steps:

1. Clone the project:

  git clone https://github.com/salvaba94/AutoTor.git

2. Run the following command to install the dependencies and AutoTor:

  pip install .

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Option 2 - PyPI

Installing AutoTor from PyPI is the simplest. It only requires the following command:

  pip install autotor

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Coding

Create your class

The main class of the package is TorRequests. It is a class with an abstract method request that should be implemented in any derived class to customise the request as desired by the user. Below is the metacode for a sample implementation

from autotor import TorRequests

class MyClass(TorRequests):

    # Override the initialisation function (if needed)
    def __init__(self, tor_root = "..", another_arg = 5):
        # Initialise superclass
        super(MyClass, self).__init__(tor_root = tor_root)
        # Initialise other parameters
        self.another_arg = another_arg

    # Override the request function and implement custom functionality
    def request(self):
        
        # Get Tor session
        session = self.get_tor_session()
        # Renew Tor circuit
        self.renew_tor_ip()

        # Use the session to get information
        ...

Note: In order to make the requests with another IP and user-agent just get another session and call the renew method. It is also recommended to randomise the waiting time between requests.

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Usage

Once one has implemented the request method in the derived class, it can be used within a with statement. Any opened resources will be automatically cleared upon exiting the statement.

# Use request within a with statement
with MyClass(tor_root = ".", another_arg = 20) as tor:
    tor.request()

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Contributing

Any contributions are greatly appreciated. If you have suggestions that would make the project any better, fork the repository and create a pull request or simply open an issue. If you decide to follow the first procedure, here is a reminder of the steps:

1. Fork the project.
2. Create your branch:

  git checkout -b branchname

3. Commit your changes:

  git commit -m "Add some amazing feature"

4. Push to the branch:

  git push origin branchname

5. Open a pull request.

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If you like the project and/or any of its contents results useful to you, don't forget to give it a star in GitHub! It means a lot to me .